WELCOME TO ROCKSPEAR

The uppermost 10km of the Earth’s crust contains 50,000 times more energy than all the oil, coal and natural gas resources in the world. Geothermal energy has the potential to play a significant role in moving the World towards a clean sustainable energy future. This energy source can supply continuous, baseload power and unlike fossil fuel and nuclear plants, binary geothermal plants can be used to balance variable renewables such as wind and solar. Binary plants can adjust production over the course of a day, between 10-100%. In order to access and tap this game-changing resource, we need to drill to depth, in hard rock formations safely, predictably and most importantly, economically. Geothermal power plants involve no combustion, unlike fossil fuels plants, so they emit very low levels of greenhouse gases. Binary and flash/binary plants produce nearly zero air emissions. Electricity generation from geothermal resources also eliminates the mining, processing, and transporting required for electricity generation from fossil fuel resources. Using geothermal energy helps to offset the overall release of carbon dioxide into the atmosphere, as well as its effects. Geothermal energy takes up very little surface land – it has among the smallest
footprint per kilowatt (kW) of any power generation technology, including coal, nuclear, and other renewables.

Over the last four years, our group of innovative engineers and scientists have developed the Rockspear PlasmaDrill technology, a technology that will enable us to fulfill the colossal potential of deep geothermal energy.

WELCOME TO ROCKSPEAR

The uppermost 10km of the Earth’s crust contains 50,000 times more energy than all the oil, coal and natural gas resources in the world. Geothermal energy has the potential to play a significant role in moving the World towards a clean sustainable energy future. This energy source can supply continuous, baseload power and unlike fossil fuel and nuclear plants, binary geothermal plants can be used to balance variable renewables such as wind and solar. Binary plants can adjust production over the course of a day, between 10-100%. In order to access and tap this game-changing resource, we need to drill to depth, in hard rock formations safely, predictably and most importantly, economically. Geothermal power plants involve no combustion, unlike fossil fuels plants, so they emit very low levels of greenhouse gases. Binary and flash/binary plants produce nearly zero air emissions. Electricity generation from geothermal resources also eliminates the mining, processing, and transporting required for electricity generation from fossil fuel resources. Using geothermal energy helps to offset the overall release of carbon dioxide into the atmosphere, as well as its effects. Geothermal energy takes up very little surface land – it has among the smallest
footprint per kilowatt (kW) of any power generation technology, including coal, nuclear, and other renewables.

Over the last four years, our group of innovative engineers and scientists have developed the Rockspear PlasmaDrill technology, a technology that will enable us to fulfill the colossal potential of deep geothermal energy.

The Precious Metal Yield Tool facilitates extraction of the significant proportion of the seam that is inaccessible through conventional mining

The Rockspear tool can be deployed a number of ways, for example; via wireline in the gallery using the conventionally drilled angle holes to accurately locate the mineralised zones and remove them by spallation

The prototype tool will use existing, industry standard components and be tested in situ in a precious metal mine.

The innovative Rockspear drilling technology to enable geothermal powered desalination. The opportunity to supply sweet water from seawater with no liquid waste

High flow: Generates over 1000 litres of sweet water per second per quadruplet

Long term: Production of 90,000 cubic metres per day (or 90 million litres! That’s enough sweet water to fill 36 Olympic sized swimming pools ), practicable for at least 100 years with minimal maintenance

Clean:Seawater in,sweet water and crystalline salt out.
No brine waste stream. Huge reduction in energy in comparison with MED and RO plants, and so fewer emissions.

OUR BUSINESSES

The capability to drill economically in hard crystalline rock formations, opens the door to deep, high yield, geothermal energy

An energy source that is virtually inexhaustible and capable of powering existing electrical generation hardware

Economically viable drilling to depths in excess of 5km will provide the temperatures and pressures required to create Supercritical Steam (SCS). SCS has the energy density required to repower existing fossil-fuelled generators.

The Precious Metal Yield Tool facilitates extraction of the significant proportion of the seam that is inaccessible through conventional mining

The Rockspear tool can be deployed a number of ways, for example; via wireline in the gallery using the conventionally drilled angle holes to accurately locate the mineralised zones and remove them by spallation

The prototype tool will use existing, industry standard components and be tested in situ in a precious metal mine.

The innovative Rockspear drilling technology to enable geothermal powered desalination. The opportunity to supply sweet water from seawater with no liquid waste

High flow: Generates over 1000 litres of sweet water per second per quadruplet

Long term: Production of 90,000 cubic metres per day (or 90m litres! That’s enough sweet water to fill 36 Olympic sized swimming pools ), practicable for at least 100years with minimal maintenance

Clean:Seawater in,sweet water and crystalline salt out.
No brine waste stream. Huge reduction in energy in comparison with MED and RO plants, and so fewer emissions.

OUR BUSINESSES

The capability to drill economically in hard crystalline rock formations, opens the door to deep, high yield, geothermal energy

An energy source that is virtually inexhaustible and capable of powering existing electrical generation hardware

Economically viable drilling to depths in excess of 5km will provide the temperatures and pressures required to create Supercritical Steam (SCS). SCS has the energy density required to repower existing fossil-fuelled generators.

The Precious Metal Yield Tool facilitates extraction of the significant proportion of the seam that is inaccessible through conventional mining

The Rockspear tool can be deployed a number of ways, for example; via wireline in the gallery using the conventionally drilled angle holes to accurately locate the mineralised zones and remove them by spallation

The prototype tool will use existing, industry standard components and be tested in situ in a precious metal mine.

The innovative Rockspear drilling technology to enable geothermal powered desalination. The opportunity to supply sweet water from seawater with no liquid waste

High flow: Generates over 1000 litres of sweet water per second per quadruplet

Long term: Production of 90000 m3/d (or 90 million litres! That’s enough sweet water to fill 36 Olympic sized swimming pools), practicable for at least 100 years with minimal maintenance

Clean:Seawater in,sweet water and crystalline salt out.
No brine waste stream. Huge reduction in energy in comparison with MED and RO plants, and so fewer emissions.

About

Over the last four years, our group of innovative engineers and scientists have developed the Rockspear PlasmaDrill technology. Their experience in the field of Plasma Technology is recognised globally.

In conjunction with experts in the fields of drilling and geology, we have created an augmented drilling system that will allow us to access the vast sustainable energy reserves contained in the Earth's crust.

A truly sustainable supply of energy that will slash global emissions and electricity prices with no reliance on government subsidies. Geothermal energy has no reliance on the weather, it is available whatever the season, whatever the time of day and with the Rockspear PlasmaDrill technology, wherever you are in the world.

About

Over the last four years, our group of innovative engineers and scientists have developed the Rockspear PlasmaDrill technology. Their experience in the field of Plasma Technology is recognised globally.

In conjunction with experts in the fields of drilling and geology, we have created an augmented drilling system that will allow us to access the vast sustainable energy reserves contained in the Earth's crust.

A truly sustainable supply of energy that will slash global emissions and electricity prices with no reliance on government subsidies. Geothermal energy has no reliance on the weather, it is available whatever the season, whatever the time of day and with the Rockspear PlasmaDrill technology, wherever you are in the world.

If you want to know where the next big energy find is, look down.

If you want to know where the next big energy find is,

look down.

600MW

Potential electrical energy from our standard 4 well system

£0.01

Cost of electricity per kWh when
re-powering a hydro-carbon fired power station

99%

Reduction in CO2 compared with fossil fuel generation

20m/h

The speed at which the Rockspear PlasmaDrill will drill in hard crystalline rock

600MW

Potential electrical energy from our standard 4 well system

£0.01

Cost of electricity per kWh when re-powering a hydro-carbon fired power station

99%

Reduction in CO2 compared with fossil fuel generation

20m/h

The speed at which the Rockspear PlasmaDrill will drill in hard crystalline rock